Explore Westonci.ca, the leading Q&A site where experts provide accurate and helpful answers to all your questions. Explore thousands of questions and answers from knowledgeable experts in various fields on our Q&A platform. Experience the ease of finding precise answers to your questions from a knowledgeable community of experts.
Sagot :
Certainly, let's create a scatter plot step-by-step using the data Hector collected.
## Steps to Create a Scatter Plot
1. Understand the Data:
- The x-axis will represent the amount of coffee Hector drank in milliliters.
- The y-axis will represent the duration of his drive in minutes.
The data points are:
- (100 mL, 18 min)
- (200 mL, 14 min)
- (150 mL, 15 min)
- (125 mL, 20 min)
- (225 mL, 12 min)
2. Draw the Axes:
- Draw a horizontal line for the x-axis and a vertical line for the y-axis.
- Label the x-axis as "Coffee (mL)".
- Label the y-axis as "Duration (min)".
3. Determine the Scale:
- For the x-axis: Choose a scale that comfortably includes all coffee values (100 to 225 mL). You might use increments of 25 or 50 mL.
- For the y-axis: Choose a scale that includes all duration values (12 to 20 minutes). You might use increments of 2 or 5 minutes.
4. Plot the Data Points:
- For each pair of (coffee, duration), place a dot on the graph corresponding to the values.
5. Title the Graph:
- Add a title such as "Coffee Consumption vs. Duration of Drive".
### Example Data Plotted on Scatter Plot
Below shows how to plot each data point:
- For (100 mL, 18 min): Find 100 on the x-axis and 18 on the y-axis. Mark the point where they intersect.
- For (200 mL, 14 min): Find 200 on the x-axis and 14 on the y-axis. Mark the point where they intersect.
- For (150 mL, 15 min): Find 150 on the x-axis and 15 on the y-axis. Mark the point where they intersect.
- For (125 mL, 20 min): Find 125 on the x-axis and 20 on the y-axis. Mark the point where they intersect.
- For (225 mL, 12 min): Find 225 on the x-axis and 12 on the y-axis. Mark the point where they intersect.
### Scatter Plot Example
Here's an illustration of how the scatter plot will look like:
```
|
20 |
|
18 |
|
16 |
|
14 |
|
12 |
______________________________
100 125 150 200 225
Coffee (mL)
```
### Summary
You can now visualize Hector's coffee consumption and its relation to his drive duration. This scatter plot can potentially help in analyzing any patterns or trends between the amount of coffee consumed and the duration of his drives.
## Steps to Create a Scatter Plot
1. Understand the Data:
- The x-axis will represent the amount of coffee Hector drank in milliliters.
- The y-axis will represent the duration of his drive in minutes.
The data points are:
- (100 mL, 18 min)
- (200 mL, 14 min)
- (150 mL, 15 min)
- (125 mL, 20 min)
- (225 mL, 12 min)
2. Draw the Axes:
- Draw a horizontal line for the x-axis and a vertical line for the y-axis.
- Label the x-axis as "Coffee (mL)".
- Label the y-axis as "Duration (min)".
3. Determine the Scale:
- For the x-axis: Choose a scale that comfortably includes all coffee values (100 to 225 mL). You might use increments of 25 or 50 mL.
- For the y-axis: Choose a scale that includes all duration values (12 to 20 minutes). You might use increments of 2 or 5 minutes.
4. Plot the Data Points:
- For each pair of (coffee, duration), place a dot on the graph corresponding to the values.
5. Title the Graph:
- Add a title such as "Coffee Consumption vs. Duration of Drive".
### Example Data Plotted on Scatter Plot
Below shows how to plot each data point:
- For (100 mL, 18 min): Find 100 on the x-axis and 18 on the y-axis. Mark the point where they intersect.
- For (200 mL, 14 min): Find 200 on the x-axis and 14 on the y-axis. Mark the point where they intersect.
- For (150 mL, 15 min): Find 150 on the x-axis and 15 on the y-axis. Mark the point where they intersect.
- For (125 mL, 20 min): Find 125 on the x-axis and 20 on the y-axis. Mark the point where they intersect.
- For (225 mL, 12 min): Find 225 on the x-axis and 12 on the y-axis. Mark the point where they intersect.
### Scatter Plot Example
Here's an illustration of how the scatter plot will look like:
```
|
20 |
|
18 |
|
16 |
|
14 |
|
12 |
______________________________
100 125 150 200 225
Coffee (mL)
```
### Summary
You can now visualize Hector's coffee consumption and its relation to his drive duration. This scatter plot can potentially help in analyzing any patterns or trends between the amount of coffee consumed and the duration of his drives.
We hope you found what you were looking for. Feel free to revisit us for more answers and updated information. We appreciate your time. Please come back anytime for the latest information and answers to your questions. Get the answers you need at Westonci.ca. Stay informed with our latest expert advice.
